COLTOC

Kollaborative Verkehrsoptimierung und -steuerung

Congestion related to irregular traffic is a common problem that causes immense social costs for both citizens and authorities. In this project, we develop a holistic cooperative approach to optimization that explicitly targets delays caused by irregular traffic phenomena. The proposed approach aims at (i) assessing the resilience of a transport network, (ii) identifying critical and vulnerable elements, (iii) reducing (ir)regular delays, (iv) identifying dynamic bottlenecks, and (v) mitigate their negative effects through new control approaches and dynamic speed recommendations. Cooperation between industry partners, authorities, and academic partners enables the project partners to develop ready-to-implement tools, which will be tested at the 2024 National Garden Show.


Project Lead

Prof. Dr. Constantinos Antoniou

Lehrstuhl für Vernetzte Verkehrssysteme
Technical University Munich

c.antoniou@tum.de



Projektteam „COLTOC“:

  • Breno Serrano de Araujo

    Research Associate

    TUM

    MCube Projekt
    COLTOC

    Die Mobilität für mich
    in drei Worten

    »nachhaltig, flexibel, effizient«

    Mail    Profil

  • Prof. Dr. Constantinos Antoniou

    Full Professor, Chair of Transportation Systems Engineering

    TUM

    MCube Projekt
    AQT
    COLTOC
    SASIM

    Die Mobilität für mich
    in drei Worten

    »gerecht; effizient; sicher«

    Mail    Profil

  • Mohammad Sadrani

    PhD Candidate & Research Associate, TUM Chair of Transportation Systems Engineering

    TUM

    MCube Projekt
    COLTOC

    Die Mobilität für mich
    in drei Worten

    »Automation, Sustainability, Energy efficiency«

    Mail   

  • Pegah Torkamandi

    Doctoral Researcher, Chair of Connected Mobility, Informatik,

    TUM

    MCube Projekt
    COLTOC

    Die Mobilität für mich
    in drei Worten

    »Privacy, Cost and energy efficient «

    Mail    Profil


Partnership between

*TUM: LS für Vernetzte Verkehrssysteme, LS für Connected Mobility, Prof. für Operations and Supply Chain Management, LS für Verkehrstechnik, Prof. für Cyber Physical Systems

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